Matches in SemOpenAlex for { <https://semopenalex.org/work/W3014432010> ?p ?o ?g. }
- W3014432010 endingPage "8656" @default.
- W3014432010 startingPage "8649" @default.
- W3014432010 abstract "For more than 225 million y, all seed plants were woody trees, shrubs, or vines. Shortly after the origin of angiosperms ∼140 million y ago (MYA), the Nymphaeales (water lilies) became one of the first lineages to deviate from their ancestral, woody habit by losing the vascular cambium, the meristematic population of cells that produces secondary xylem (wood) and phloem. Many of the genes and gene families that regulate differentiation of secondary tissues also regulate the differentiation of primary xylem and phloem, which are produced by apical meristems and retained in nearly all seed plants. Here, we sequenced and assembled a draft genome of the water lily Nymphaea thermarum , an emerging system for the study of early flowering plant evolution, and compared it to genomes from other cambium-bearing and cambium-less lineages (e.g., monocots and Nelumbo ). This revealed lineage-specific patterns of gene loss and divergence. Nymphaea is characterized by a significant contraction of the HD-ZIP III transcription factors, specifically loss of REVOLUTA , which influences cambial activity in other angiosperms. We also found the Nymphaea and monocot copies of cambium-associated CLE signaling peptides display unique substitutions at otherwise highly conserved amino acids. Nelumbo displays no obvious divergence in cambium-associated genes. The divergent genomic signatures of convergent loss of vascular cambium reveals that even pleiotropic genes can exhibit unique divergence patterns in association with independent events of trait loss. Our results shed light on the evolution of herbaceousness—one of the key biological innovations associated with the earliest phases of angiosperm evolution." @default.
- W3014432010 created "2020-04-10" @default.
- W3014432010 creator A5013057116 @default.
- W3014432010 creator A5032828176 @default.
- W3014432010 creator A5034471618 @default.
- W3014432010 creator A5044718191 @default.
- W3014432010 creator A5053243502 @default.
- W3014432010 creator A5054696030 @default.
- W3014432010 creator A5054843846 @default.
- W3014432010 creator A5056282469 @default.
- W3014432010 creator A5073550038 @default.
- W3014432010 creator A5075448954 @default.
- W3014432010 creator A5087928665 @default.
- W3014432010 date "2020-03-31" @default.
- W3014432010 modified "2023-10-18" @default.
- W3014432010 title "Water lily ( <i>Nymphaea thermarum</i> ) genome reveals variable genomic signatures of ancient vascular cambium losses" @default.
- W3014432010 cites W1484347389 @default.
- W3014432010 cites W1716107526 @default.
- W3014432010 cites W1865607923 @default.
- W3014432010 cites W1889423108 @default.
- W3014432010 cites W1950336946 @default.
- W3014432010 cites W1979835060 @default.
- W3014432010 cites W1984331558 @default.
- W3014432010 cites W1989471759 @default.
- W3014432010 cites W1992512552 @default.
- W3014432010 cites W1996368693 @default.
- W3014432010 cites W1996700726 @default.
- W3014432010 cites W2002212941 @default.
- W3014432010 cites W2009502433 @default.
- W3014432010 cites W2010659362 @default.
- W3014432010 cites W2011657487 @default.
- W3014432010 cites W2017629472 @default.
- W3014432010 cites W2021579219 @default.
- W3014432010 cites W2024426169 @default.
- W3014432010 cites W2025089507 @default.
- W3014432010 cites W2031129153 @default.
- W3014432010 cites W2034296358 @default.
- W3014432010 cites W2046183549 @default.
- W3014432010 cites W2058378183 @default.
- W3014432010 cites W2059724298 @default.
- W3014432010 cites W2062612066 @default.
- W3014432010 cites W2064755809 @default.
- W3014432010 cites W2065082452 @default.
- W3014432010 cites W2069458148 @default.
- W3014432010 cites W2072500339 @default.
- W3014432010 cites W2072803260 @default.
- W3014432010 cites W2077474185 @default.
- W3014432010 cites W2087478985 @default.
- W3014432010 cites W2099118096 @default.
- W3014432010 cites W2099753867 @default.
- W3014432010 cites W2101842049 @default.
- W3014432010 cites W2113008914 @default.
- W3014432010 cites W2115567294 @default.
- W3014432010 cites W2115888213 @default.
- W3014432010 cites W2116643047 @default.
- W3014432010 cites W2122159589 @default.
- W3014432010 cites W2124166542 @default.
- W3014432010 cites W2124985265 @default.
- W3014432010 cites W2126419817 @default.
- W3014432010 cites W2127528838 @default.
- W3014432010 cites W2128340880 @default.
- W3014432010 cites W2128687649 @default.
- W3014432010 cites W2129744420 @default.
- W3014432010 cites W2131551905 @default.
- W3014432010 cites W2132926880 @default.
- W3014432010 cites W2138872556 @default.
- W3014432010 cites W2139419802 @default.
- W3014432010 cites W2141052558 @default.
- W3014432010 cites W2141292707 @default.
- W3014432010 cites W2141820044 @default.
- W3014432010 cites W2148592495 @default.
- W3014432010 cites W2148776310 @default.
- W3014432010 cites W2149869559 @default.
- W3014432010 cites W2153334396 @default.
- W3014432010 cites W2155628349 @default.
- W3014432010 cites W2156067749 @default.
- W3014432010 cites W2156125289 @default.
- W3014432010 cites W2158714788 @default.
- W3014432010 cites W2159368494 @default.
- W3014432010 cites W2163249996 @default.
- W3014432010 cites W2164094120 @default.
- W3014432010 cites W2167704745 @default.
- W3014432010 cites W2170831380 @default.
- W3014432010 cites W2176133416 @default.
- W3014432010 cites W2186413669 @default.
- W3014432010 cites W2253153097 @default.
- W3014432010 cites W2329700557 @default.
- W3014432010 cites W2509725103 @default.
- W3014432010 cites W2518083254 @default.
- W3014432010 cites W2528078330 @default.
- W3014432010 cites W2557992747 @default.
- W3014432010 cites W2558183941 @default.
- W3014432010 cites W2562207868 @default.
- W3014432010 cites W2597362685 @default.
- W3014432010 cites W2604308930 @default.
- W3014432010 cites W2626589354 @default.
- W3014432010 cites W2753994487 @default.
- W3014432010 cites W2756236522 @default.